Florent Mazel

The paper quantifies competitive interactions among honeybee gut bacteria strains and finds within-species interactions are stronger and more asymmetric than between-species interactions.

The paper investigates strain translocation and enrichment of oral bacteria in the lower gastrointestinal tract of stunted children, finding increased oral bacteria in the duodenum and colon linked to biomass changes.

This study investigates how host and microbial factors influence bacterial colonization of the honey bee gut, finding that native strains have higher loads and AMP sensitivity correlates with colonization success.

The paper characterizes gut microbiota variation among sympatric stingless bees and honey bees in the Neotropics, finding shared microbial exchange and stable yet permeable communities.

The paper tests priority effects in honeybee gut microbiota by sequentially colonizing bees with different strain compositions and finds that firstcomer strains dominate communities.

The paper analyzes honeybee gut microbiota using shotgun metagenomics to show that symbiont gains, losses, and replacements drive diversity and function, rather than co-diversification.

This study examines microbial community stability and variability in water kefir, finding species-level stability but plasmid and phage diversity across generations and households.

This study examines cheese starter cultures to determine if they show signs of microbial domestication, finding low genetic diversity, taxonomic stability, and evidence of genome decay.

This study analyzes the microbial ecology of novel miso varieties made from different substrates, finding that substrate and geography strongly influence microbial composition and gene presence.

This paper discusses the complementarity of two approaches to understanding phylo-diversity metrics and how recent studies fit into these categories.